Formtracer Avant FTA - H8 H3000-E [mm] X=200mm; Z2=500mm 525-247-11 Mitutoyo
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Formtracer Avant FTA - H8 H3000-E [mm] X=200mm; Z2=500mm 525-247-11 Mitutoyo
  • Rating:
    0 reviews
  • Manufacturer:
    Mitutoyo
  • Model:
    525-247-11
  • SKU:
    FTA - H8 H3000-E
  • Available:
    In stock
  • Model:
    FTA - H8 H3000-E
  • Accuracy:
    X = (0,8+0,015L) µm [L: Drive length (mm)] Z1 = (0,5+2H/100) µm [H: Measurment height from the horizontal position (mm)]
  • Base material:
    Granite
  • Detector measuring force [mN]:
    0,75
  • Drive speed:
    X = 0 - 80 mm/s Z2 = 0 - 30 mm/s
  • Granite base size (WxD) [mm]:
    600 x 450
  • Inch-Metric:
    Metric
  • Inclining range:
    ±45°
  • Mass:
    150
  • Measuring range:
    Z1 = 16 mm
  • Measuring speed:
    Roughness up to 0,5 mm/s, contour up to 30 mm/s
  • Software:
    FORMTRACEPAK Allows control of all axes, optional motor-driven Y-axis table and rotary table for efficient automated measurements. Contour and roughness evaluation can be performed in one measurement. Software with very useful features such as real-time data, CAD comparison, contour connection, multi-language support, report generation and much more as standard.
  • Straightness noise:
    Rz = 60 nm ( 0,2 mm/s, 0,8 x 5, λs = 2,5 µm, λc = 0,8 mm)
  • Traverse:
    200 mm
  • Traverse straightness:
    Pt: 0,6 µm /200 mm
  • Vertical travel [mm]:
    500

Description

This provides all-in-one surface roughness and contour measurement within one drive unit.

The Formtracer Avant FTA-H3000 offers you the following benefits:

  • You can carry out simultaneous analysis of roughness and contour with one measurement.
  • The measuring range is enormous with Z1 = 16 mm
  • High accurate measurement
  • It performs roughness analyses conform to various international standards (EN ISO, VDA, ANSI, JIS and customized settings).
  • The high drive speed reduces the total measurement time.
  • Optional retrofit kits for pure surface roughness or dual contour measurement, detector change using the “hot swap method”

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